Detect Compromised API Keys Instantly

The API Key Theft Problem

API keys are stolen more often than you think. Here's how it happens.

Leaked in Repos

Accidentally committed to public or private repositories, exposed in commit history.

Stolen from CI/CD

Extracted from build pipelines, environment variables, and deployment configs.

Compromised Machines

Harvested from developer laptops, servers, and workstations after a breach.

Insecure Sharing

Shared via Slack, email, wikis, or documentation without proper access controls.

Honeytokens vs Key Rotation

Key rotation limits exposure time, but it doesn't tell you IF keys were stolen. Honeytokens give you both proof of theft and attacker intelligence.

Proof of Theft

Rotation doesn't tell you if credentials were compromised — honeytokens do.

Attacker Intelligence

Capture the attacker's IP, tools, and intent before they pivot to real credentials.

Zero False Positives

Nobody should ever use a honeytoken. Any use is confirmed malicious activity.

Key Rotation Alone

Limits exposure window
No theft confirmation
No attacker data
Reactive only

+ Honeytokens

Instant theft detection
Full attacker intel
Zero false positives
Proactive defense

Multi-Cloud Coverage

Deploy honeytokens across all major cloud providers from a single dashboard.

AWS

IAM user credentials that alert when any AWS API is called. Detect credential theft across all regions.

Access Key ID + Secret Access Key
CloudTrail integration
Global region coverage

Google Cloud

Service account keys that report usage to Cloud Audit Logs. Full API coverage.

Service account JSON key
Cloud Audit Logs monitoring
All GCP services covered

Microsoft Azure

App registration credentials with Azure Monitor integration for instant detection.

App registration credentials
Azure AD sign-in logs
Cross-tenant detection

Placement Strategies

Environment Variables

Set as env vars on servers and containers where real credentials live.

Secrets Managers

Store alongside real secrets in HashiCorp Vault, AWS SSM, or Azure Key Vault.

Config Files

Add to application config files, .env files, and settings templates.

Documentation

Include in internal wikis, runbooks, and onboarding docs as 'example' credentials.

Backup Systems

Plant in database dumps, backup archives, and disaster recovery configs.

Developer Machines

Place in ~/.aws/credentials, ~/.config/gcloud, and ~/.azure on workstations.

How It Works

Deploy multi-cloud honeytokens in minutes. Get alerts in milliseconds.

1

Choose Provider

Select AWS, GCP, or Azure. We provision real credentials with zero permissions in our monitored accounts.

2

Deploy Honeytokens

Plant the credentials wherever real API keys live — configs, secrets managers, env vars, repos.

3

Attacker Discovers Key

When a compromised key is used against any cloud API, the provider's audit logs capture it instantly.

4

Sub-Second Alert

You're notified within milliseconds with the attacker's IP, attempted action, and tool fingerprint.